Jack Li

Johns Hopkins University, University Foundation

Papers

Total Citations

H-Index

About

Jack Li is a pioneering researcher whose work bridges robotics, medical imaging, and space mission operations. His primary contributions lie in the development of image-guided robotic systems for small animal research, where he designed and validated a robot capable of performing precise physical actions at positions identified on preoperative images. This system, detailed in his most cited paper (2007, 16 citations), integrates a specialized animal fixture compatible with multiple imaging modalities, enabling accurate, minimally invasive experimental procedures. Li’s work has significantly advanced preclinical research by improving the reproducibility and precision of image-guided interventions. Beyond biomedical robotics, Li has made notable contributions to space exploration through his work on NASA’s Scheduling and Planning Interface for Exploration (SPIFe). His 2010 paper (10 citations) addresses the evolution of this tool from planning and scheduling to real-time operations support, highlighting design challenges in complex mission environments. This work has supported diverse NASA missions, enhancing operational efficiency for intricate schedules. With a cumulative citation count exceeding 40, Li’s interdisciplinary impact is evident, and his achievements demonstrate a unique ability to translate robotic innovations across terrestrial and extraterrestrial applications, making him a key figure in both fields.